The formula for calculating the total power consumed by heaters connected in series is P = V*I, where P is the total power consumed, V is the voltage across the heaters, and I is the current flowing through the heaters.
Heaters connected in series have a cumulative effect on power consumption. This means that the total power consumed by the heaters will increase as more heaters are added in series. This is because the current remains constant in a series circuit, and each heater will contribute to the overall resistance, resulting in a higher power consumption.
Yes, the power consumed by heaters connected in series can be greater than the power supply. This is because the total power consumed by the heaters is equal to the sum of individual powers, which can exceed the power supply if too many heaters are connected in series.
Connecting heaters in parallel is more efficient as it allows for each heater to receive the full voltage of the power supply, resulting in a higher overall power consumption. In contrast, connecting heaters in series results in a lower overall power consumption as the voltage is divided among the heaters.
The resistance and power consumption of heaters connected in series increase with temperature. This is because the resistance of most materials increases as they are heated, resulting in a decrease in current and an increase in power consumption for heaters connected in series.